migration
A collection of 2 posts
Detailed Technical Design: Bridging Architecture and Code for Predictable Delivery
Detailed Technical Design bridges architecture and code. By defining requirements, contracts, and code design upfront, teams gain predictability, reduce rework, and build consistent structure, leading to efficient, maintainable software delivery.
10 Practical Approaches That Shape My Work in Software Architecture
After 13+ years in software architecture, I’ve defined 10 key practices that help deliver predictable, maintainable software—covering design structure, process, team setup, and infrastructure. Here's how I keep complexity under control and systems built to last.
Project Design in Software Delivery: An Engineering Approach
Project Design brings an engineering approach to software projects. It enables Predictability through clear planning, accurate estimation, and strong collaboration between architect and PM. Learn how Code Design and Training improve delivery outcomes.
Enabling Predictable Delivery with Application Infrastructure
Learn how Application Infrastructure enforces architecture in code to support predictable delivery. Improve code design, reduce complexity, and boost team efficiency in long-term software projects.
Why Programmers Should Challenge the Stakeholders
Have you ever worked on a state of the art programming project? And then a new requirement arrives, it's implemented and suddenly you're working on a legacy project?
Migrate to Ghost 1.x on Azure
You might remember that I am running this blog on Ghost self hosted on Azure. I wrote about how I've migrated from Wordpress in an older post. Now, I migrated to Ghost 1.x, and in the process I configured a better dev environment for my theme and auto deployment to an App Service from GitHub
Drawing from our extensive project experience, we develop training programs that enhance predictability and reduce the cost of change in software projects.
We focus on building the habits that make developers adopt the industry best practices resulting in a flexible code design.
